一种基于FPGA的AES加解密算法设计与实现，对于对AES算法效率的研究有参考作用-FPGA-based AES encryption and decryption algorithm design and implementation of the AES algorithm for the efficiency of a reference

为实现AES加密设计的高速实现，本设计引进了一种AES的并行设计算法，整体结构和加密进程，基于FPGA本身的特征和算法，设计使用并行处理算法来实现并行处理进程。-To implement the design of the AES algorithm with a high speed, the thesis introduce the principia mathematica of AES algorithm, integral structure and the Encryption pr

本文首先分析了目前常用的硬盘数据加密方法，并在比较各种加密方案的基础上给出了基于FPGA的加解密SATA IP设计方案。本文介绍设计SATA IP相关的基础知识，包括SATA的体系结构。本sata IP已在Xilinx spartan-6系列上实现并产品化，具有低成本优势，且可以根据用户意愿更换加密算法和使用私有的加密算法。本文还论述了加密SATA IP的各种应用前景。-This paper firstly analyzes several common ways of Hard Disk da

Advanced Encryption Standard(AES) implementing in a faster and secured way is expected. AES can be implemented in software/hardware. In hardware implementation ASIC solution requires high cost and much design time while FPGA based implementation